SimpoeWorks

http://www.simpoe.com http://www.simpoe.com

Product Information

® PRODUCT DETAILS:

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SimpoeWorks FILL

Input/Output formats:

SimpoeWorks® FILL is the base plug-in package for conducting an analysis in the SolidWorks environment. You can study the flow patterns, weld lines, air traps, effect of gate positioning, runner design and distributions of pressure, temperature, etc. It contains the powerful Pre and Post-processing modules as well as shell and full 3D meshing technologies.

CAD: Same as SolidWorks FEM: ABAQUS

→ Integrated Material Data Base Built-in and User-defined → Result Parameters: Temperature distribution Pressure distribution Volume Shrinkage Shear Stress Shear Rate Fill Animation Warpage & Shrinkage Deflection Fiber Orientation Cooling Time Weld Lines Air Traps Sink Marks

Easy to Use & Intuitive Handling Powerful & Complete Analysis Capabilities Affordable Simulation for Everyone Fully embedded into SolidWorks SimpoeWorks® is a fully-featured general purpose plastic injection simulation software for:

SimpoeWorks PACK SimpoeWorks® PACK plug-in module conducts the analysis during the post-filling phase. The module calculates the residual stress, volumetric and linear shrinkage, and allows you to determine the optimum pressure holding time and clamping forces. SimpoeWorks® PACK also indicates the locations of sink marks.

- Fill analysis - Pack analysis - Cool analysis - Warp analysis

Plastic Injection For Everyone

→ Automatic Report Generation with HTML, PPT and Word Formats.

SimpoeWorks® is the missing link for a truly Collaborative Product Development strategy.

Plastic injection simulation is, thanks to SIMPOE, now available to everyone.

So if you don‘t have 20 years of practical experience and

SimpoeWorks COOL SimpoeWorks® COOL plug-in module conducts the thermal analysis. The module calculates the optimum cooling time, thermal stress, and temperature distribution. You can create your own cooling channel design and test it to determine the optimum configuration.

→ Integrated Surface and Volume Meshers

→ Editor for Runner and Cooling Channels → Unit System: S.I-metric and BTU → System Requirements: MS Windows XP / Vista / 7 SolidWorks active license 2 GB RAM or more Intel Core2Duo or more 32 or 64 bit 1 GB Hard Disk Mouse & Keyboard DVD Drive

The Professional Plastic Injection Simulation Tool for SolidWorks

• Design Engineers • Mold Makers • Plastics Injection Manufacturers

SimpoeWorks WARP SimpoeWorks® WARP plug-in module is used to calculate the warpage deflection of the part. The animation of the deflection shows the deformation in all directions and also the total deflection. The visualization of deflection can depend on the residual and the thermal stress.

Linear shrinkage can also be added.

SimpoeWorks® WARP also includes links to structural analysis, as well as export of the counterdeformed geometry for mold design optimization.

SIMPOE SAS

don‘t want to rely on countless expensive prototypes then SimpoeWorks is the tool for you!

You don‘t have to be an expert to use SimpoeWorks ®. It is used in the Product Development Process by:

All-in-One Package From reading of your CAD data, to meshing, solving, and results processing, SimpoeWorks® does it all.

So whether you are creating an automatic mesh, setting the process conditions, or viewing the results, you never leave the SolidWorks environment.

You can also create a surface mesh for a quick and efficient thin-part analysis or a full 3-D volume mesh for the most complex parts including thick and chunky parts.

Authorized Reseller:

SIMPOE makes it simple SIMPOE‘s Key Technologies are the warranty for unparalleled ease-of-use, accuracy, efficiency, and affordability for plastic injection simulations.

SimpoeWorks® is a real Add On Value to the SolidWorks Family.

1, allée Emile Cohl -77200 Torcy -FRANCE Phone: +331 60 33 29 90 Fax: +331 60 33 29 99 SWorks-Brochure-UK-01-10

Email: info@simpoe.com Blog: http://simpoe.blogspot.com http://www.simpoe.com/

The First Complete and Fully-Embedded Plastic Injection Tool for SolidWorks A Professional CAE Package

A Professional CAE Package for Plastic Injection Simulation

for Plastic Injection Simulation

SimpoeWorks Makes it Simple …

Helping Engineers Work Smarter & Design Better Products

SIMPOE‘s Pre-Processing

SIMPOE‘s Post-processing

SIMPOE‘s Pre & Post-processors form the powerful base for the whole package.

Total and seamless integration to SolidWorks means that SIMPOE‘s geometry handling capabilities are the best in class.

We can also read in all of the popular CADformats as well as neutral file formats such as IGES, STEP, PARASOLID, ACIS, and STL data.

..easy but powerful..

With SIMPOE‘s Post-processor you can access all of the results without ever leaving the SolidWorks environment. Our process wizard will even show some results automatically in a „Pre evaluation“ of your simulation. Most importantly you can easily access and shuffle between a comprehensive set of results for the entire simulation process including fill, pack, cool, and warp.

..various possibilities..

Once your geometry is ready, SIMPOE‘s fast and powerful mesher will prepare it for analysis in just a few clicks of the mouse.

Whether you want to use a surface mesh or 3D volume mesh, SIMPOE will do it automatically. The mesh is based on the SolidWorks geometry and refinements are made with respect to the exact surfaces and curves so the representation is very accurate.

Unlike lesser softwares that lose important details in translation, we maintain the fidelity of the original model.

The results can be viewed and analyzed in many different ways including contour plots, isolines, flow vectors and visualization of air traps and weld lines. The results can either be presented for the state of the plastic at the end of the process or coupled to the melt front. Each of the results can be animated giving you powerful insight into the flow behavior and unlocking your ideas to improve and optimize the design.

..complete and customizable..

..insights to intelligence..

SIMPOE‘s extensive built-in databank contains more than 5000 material data sets which are most commonly used in the plastic injection industry. The majority of these material sets include important PVTdata which are necessary for accurate calculations of warpage. If you would like to add your own material it‘s a piece of cake because our databank is fully customizable. And best of all, it‘s a standard feature so no need to pay for an extra module.

What‘s the next step ?

With our full 3D technology you can take a look inside your model using clipping planes or iso-surfaces. You can define these to suit your needs and as usual they can be animated to give you true insight into the flow dynamics. You can even make your part transparent or glasslike and watch the plastic melt flow and swell through the cavity. This feeling for the flow dynamics gives you real ability not only to identify problems but also to make intelligent decisions of how to avoid and fix them. This is simply not possible with physical testing.

SIMPOE‘s Flexibility Colored pictures are nice to have but sometimes it´s better to have detailed xydata to get a more complete picture. Since SIMPOE is a Windows based software it‘s possible to exchange data between different products. You can define a sketch with a curve, make a projection to the native surfaces and then use the „XY-Plot“ function to plot the results in MS Excel. You can even generate a report automatically with MS Word or PowerPoint to easily collaborate with your colleagues and partners.

SIMPOE‘s intuitive Preprocessor uses a structured top-down approach. Whenever you complete a setting in a dialogue box a check mark will appear so it reminds you what has been completed and what still needs to be set. And for new users and novices there is no need to fear... SIMPOE provides a Wizard to guide you step-by-step through the entire process so you won‘t steer off course. It‘s like having your own consultant at the tip of your fingers.

A Professional CAE Package

A Professional CAE Package for Plastic Injection Simulation

for Plastic Injection Simulation